NSW Energy Prices Up, Feed-In Tariffs Down: Is it Time to Add a Battery in 2026?

Updated on May 13, 2026

Just six months ago, David was spending $400 to $500 each month to power his family’s home in North Richmond.

He did his homework and had a general idea of what he was looking for.

“It’s probably been the best choice we’ve made for the house,” he said. “Don’t have to worry about paying a bill anymore. That’s the best part about it.”

If you have solar panels but still worry about your bills, David’s story is here to show what’s possible. The gap between your situation and his may be smaller than you think.

Electricity prices in NSW continue to rise. Credits for sending solar back to the grid remain low, and the gap between what you pay and what you earn is growing.

This change really matters for homes with solar. At PSC Energy, we help customers understand their energy bills every day. Sending extra solar to the grid isn’t as rewarding as before, but using and storing your own power is now more valuable than ever.

In this article, you’ll learn:

• What’s Changing with Electricity Prices in NSW in 2026
• What’s Happening to Solar Feed-In Tariffs in NSW
• Why Solar Alone Isn’t Enough Anymore
• What a Battery Actually Does for You
• Battery Rebates in NSW: What’s Available Right Now
• Is a Battery Right for You?
• FAQ: Time to Buy a Battery?

By the end of this article, you’ll understand what’s changed and what you can do to avoid paying more than you need to.

Let’s get started.

What’s Changing with Electricity Prices in NSW in 2026

Electricity prices in NSW have kept rising over the past few years, and 2026 is no exception. If you’re on a standard residential plan, you’re probably paying about $0.30 to $0.40 per kilowatt-hour for grid electricity, depending on your retailer and plan.

That’s a big jump from just a few years ago, and there’s no sign prices will go down soon.

What’s causing this? There are two main reasons.

The cost of delivering electricity is rising. Power travels through poles, wires, and substations, sometimes over long distances. Maintaining and upgrading this infrastructure is expensive, and these costs appear on your bill as network charges.

The grid is being upgraded for the future. NSW is in the middle of a major energy transition, with new renewable energy zones, large batteries, and new transmission lines under construction. These upgrades are good for the long term, but for now, their costs are added to your bill.

Here’s what that means for you:

• Whether you’re in Sydney, Newcastle, or anywhere else on the east coast grid, these increases affect you.
• These increases add up over time. Each year of higher prices makes the old advice to ‘wait it out’ less useful.
• If you’re on an older plan or use more power during peak times, your exposure is even higher.

These issues won’t go away on their own. The real question is not whether prices will stay high, but what you can do about it.

If you’re interested in learning a bit more about budget plans for electricity, you might want to check out the following article titled, 10 Cheapest Electricity Providers in Sydney.

What’s Happening to Solar Feed-In Tariffs in NSW

If you have solar panels, you’re used to seeing a credit on your bill for the power you export to the grid. That credit is called a feed-in tariff (FiT), and it’s calculated per kilowatt-hour of solar you send back.

The rate you receive has stayed low, and it probably won’t increase much anytime soon.

Here’s why that matters:

• What you pay: Around $0.30 to $0.40 per kWh to buy electricity from the grid.
• What you earn: Typically, around $0.04 to $0.07 cents per kWh for the solar you export.

That’s not a small difference; it’s a big one. You’re selling your power for less and buying it back at a much higher price.

The reason feed-in rates are low comes down to timing. Your solar system produces the most power during the middle of the day, when the sun is at its peak.

At the same time, thousands of other solar systems in NSW are also sending power to the grid. When there’s a lot of supply at once, prices drop. For the grid, midday solar is cheap because there’s so much available.

But here’s the catch: in the late afternoon and early evening, when solar production drops, demand goes up. People come home, turn on lights, use appliances, and run air conditioning.

At this time, electricity prices can jump to $0.20 per kWh or more. The problem is that your panels have mostly stopped producing by then.

So, the power you generate is worth the least, while the power you need is the most expensive. You end up stuck in the middle.

This isn’t a mistake; it’s how the system was designed. Now, solar households are being pushed to consider a different approach.

If you’re interested in learning a bit more about feed-in tariffs, you might want to check out the following article titled, Understanding Feed-In Tariffs and Their Limitations.

Why Solar Alone Isn’t Enough Anymore

Solar panels were a genuine game-changer when feed-in tariffs were higher. You could export your excess power and get a meaningful return. The credits added up. The system paid for itself faster.

Those days are largely over.

Things have changed. Now, the real value of solar comes from the power you use yourself, not what you send back. Every kilowatt-hour you use from your own system is one you don’t have to buy from the grid at $0.30 to $0.40. That’s where you save money.

This is called self-consumption. The more solar power you use as it’s made, the less you need from the grid, and the more you save.

The main issue is timing. Think about when most households use electricity:

• Morning: The alarm goes off, the lights come on, the kettle boils, and the kids get ready for school. This is a time of high usage, before solar production has peaked.
• Midday: This is often the lowest-demand period in a household. Solar is producing well, but there isn’t much to power.
• Evening: Usage is high again with cooking, TV, charging devices, and air conditioning. By this time, solar production has dropped off almost completely.

Even with a good-sized system, you often use grid power when it’s most expensive. Your panels work well, but the timing mismatch still means you pay more.

A battery can help solve this timing problem.

If you’re interested in learning a bit more about solar batteries, you might want to start with the following article titled, Adding a Battery to a Solar System.

What a Battery Actually Does for You

A battery doesn’t make power. It stores the solar energy your system produces during the day, so you can use it later when you need it most.

Here’s how a typical day looks with a battery in the system:

• During the day, your panels power your home as normal.
• Any excess solar power you generate but don’t use is sent to the battery rather than the grid.
• In the evening, when you use more power and solar drops off, the battery takes over.
• You use stored solar power instead of buying expensive electricity from the grid.
• You only use grid power when your battery runs out or you need more than you’ve stored.

For most households, this change alone can significantly lower your bill.

But saving money isn’t the only reason people get a battery. There are a few other benefits to consider:

• Energy independence. With a battery, you’re less reliant on the grid. Price spikes, demand charges, and supply issues matter less when you’ve got your own stored power to draw on.
• Future-proofing your solar. Feed-in tariffs aren’t going up. Export rules may tighten further. A battery means your system’s performance isn’t tied to what the grid is willing to pay you for your power.
• Smart management. Most modern batteries come with apps that let you see exactly what your system is doing in real time. David noticed that within a week or two, his system learned his household’s patterns and started optimising by itself. He barely has to do anything.

It’s important to be clear about what a battery can’t do. In most cases, it won’t eliminate your electricity bill completely. It also isn’t the best choice for every home.

Whether it’s right for you depends on:

1. How much power you use.
2. When you use it.
3. How much solar your system produces.

But for homes that already have solar and still face high bills, especially with lots of evening usage, a battery is often what makes the whole system come together.

If you’re interested in learning a bit more about the price of solar batteries, you might want to check out the following article titled, How Much Are Solar Batteries? A Full Breakdown of Prices, Rebates, and Value in 2026.

Battery Rebates in NSW: What’s Available Right Now

The good news is that in 2026, there’s real financial support for adding a battery. Two main incentives are available, and you can use both together.

The Federal Cheaper Home Batteries Program

This is a nationwide federal rebate that reduces the upfront cost of a new battery installation. As a rough guide, it knocks about 25% off the purchase price of an eligible battery.

Key things to know:

• It applies to new battery installations with a usable capacity of 5-100 kWh.
• You need to use a Clean Energy Council-accredited installer (like PSC Energy) to be eligible.
• It’s available whether you’re adding a battery to an existing solar system or installing a solar and battery system together.
• There’s no income test. It’s available to most eligible homeowners.

The NSW Virtual Power Plant (VPP) Incentive

This is an NSW Government incentive where energy retailers pay you an upfront amount for connecting your battery to a Virtual Power Plant.

A Virtual Power Plant (VPP) is a network of home batteries connected by software. When the grid is under pressure, such as during a heatwave when everyone uses air conditioning, the VPP can use stored energy from connected homes to help keep supply steady. You don’t have to do anything; the provider handles it for you.

In return, you receive:

• Up to $550 for a 10 kWh battery.
• Up to $1,500 for a 27 kWh battery.
• Roughly $55 per usable kWh of battery capacity.

Your battery must have between 2 and 28 kWh of usable capacity to qualify.

You can only claim this incentive once per home (per electricity meter), but here’s the key point: you can claim it in addition to the federal rebate. You don’t have to choose between them; you can use both.

What This Looks Like Combined

For a household installing a 10 kWh battery:

• Federal rebate: roughly 25% off the purchase price.
• VPP incentive: up to $550 on top.

For a larger 27 kWh system, the combined support can add up to several thousand dollars. This makes a real difference in lowering the main barrier to adding a battery.

One thing to keep in mind: VPP providers are independent companies, such as AGL, Amber, Engie, Origin, and others. Each has different contract terms, including how much of your battery they can use, how they pay you, and whether you need to switch retailers. It’s a good idea to compare a few before signing up.

If you’re interested in learning a bit more about the VPP portion of the battery rebate, you might want to check out the following article titled, NSW Battery VPP Rebate Explained: What You Need to Know.

Is a Battery Right for You?

Adding a battery isn’t the right move for every household. It’s an investment, and like any investment, the return depends on your specific situation.

A battery is likely to make good financial sense if:

• You already have solar and are still drawing heavily from the grid, particularly in the evenings.
• Your quarterly electricity bills are high despite having panels.
• You use a significant portion of your power in the morning and evening.
• You’re interested in energy independence or backup power during outages.
• You’re considering signing up for a time-of-use tariff or a platform like Amber.

It might be worth waiting if:

• Your solar system is older or too small. Upgrading your panels first might give you more value.
• Your household power usage is low, and your current solar credits already offset most of your bill.
• You’re planning to move in the near future.

If you’re not sure which group you fit into, the best place to start is by reviewing your usage data: when you use power, how much, and how your current system is working.

If you’re interested in solar batteries, you might want to check out the following article titled, Are Solar Batteries Worth It in NSW? PSC’s Ultimate Guide for 2026.

What to Do Next: Positively Charged

Electricity prices aren’t dropping. Feed-in tariffs aren’t rising. The gap between what you pay for grid power and what you earn from exporting solar keeps getting bigger.

For many NSW households, a battery isn’t just a luxury add-on anymore. It’s the next logical step to really control your energy costs.

If you’re in that position, here’s where to start:

• Check your last few bills. Look at how much you’re drawing from the grid, and when. Evening usage is the clearest indicator of whether a battery would help.
• Get a quote that’s specific to your home. System size, roof orientation, and usage patterns all affect what you should install and whether it makes financial sense.
• Learn about the rebates before you decide. Both the federal program and the NSW VPP incentive are available. Make sure you use both and that your installer is accredited to access them.

David’s situation—$400 to $500 in monthly bills, a family of four, and a home that didn’t fit the standard setup—isn’t unusual. What’s different is that he took action.

If you want to know what a solar battery could do for your home, PSC Energy offers free consultations. There’s no pressure and no generic advice; just a real look at your numbers. It’s what we do.

If you’re interested in learning more about the Cheaper Home Batteries Program and it’s recent changes, you might want to check out the following article titled, Changes to the Australian Government’s Cheaper Home Batteries Program Explained.

Get a free solar quote!

FAQ: Time to Buy a Battery?

Will electricity prices keep rising in NSW?

Almost certainly in the short term. The two main drivers, network upgrade costs and the ongoing transition to renewable energy infrastructure, aren’t going away. Both involve long-term investments recovered through recurring bills. There’s no credible forecast suggesting a significant drop in the near future.

My solar was installed a few years ago. Is it still worth adding a battery now?

For most households, yes, but it depends on your system’s condition and size. If your panels are performing well and your system is reasonably sized for your usage, adding a battery is usually straightforward. If your system is older or undersized, it might be worth reviewing the panels first. The best way to find out is to get a usage assessment done before committing.

What’s the difference between the federal battery rebate and the NSW VPP incentive?

They’re two separate programs that do different things. The federal Cheaper Home Batteries Program reduces the upfront purchase cost of your battery by about 25%. The NSW VPP incentive pays you an upfront amount, up to $1,500 depending on battery size, for connecting your battery to a Virtual Power Plant. The key point is that you can claim both. They’re stackable.

What exactly is a Virtual Power Plant, and does joining one affect how I use my battery?

A Virtual Power Plant (VPP) is a network of home batteries linked together via software. When the electricity grid comes under pressure, usually during heatwaves or peak demand periods, the VPP can draw on stored energy from connected homes to help stabilise supply. You don’t manage any of this yourself. Your VPP provider handles it within the limits of your agreement. In most cases, your battery still prioritises powering your home first. The VPP only steps in within pre-agreed parameters.

How long does it take for a battery to pay for itself?

It varies, and anyone who gives you a single number without knowing your usage is guessing. The key variables are how much grid power you use in the evenings, the electricity rate you’re on, and the rebates you access. With the current federal and VPP incentives stacked together, payback periods have shortened considerably compared to a few years ago. A proper quote from an accredited installer will include a payback estimate based on your actual numbers.

Do I need to switch electricity retailers to access these incentives?

Not for the federal rebate, that’s independent of your retailer. For the VPP incentive in NSW, it depends on which VPP provider you choose. Some providers require you to switch retailers as part of their contract; others don’t. This is one of the key factors to consider when evaluating VPP providers. Make sure you understand the full terms before signing up, including whether a retailer switch is required and what that means for your overall plan.